Aptori
Aptori is a developer-first, AI-Driven Application and API Security Testing tool. It uses Artificial Intelligence for business logic testin...
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What is Aptori?
Aptori is an autonomous application security platform designed for the AI era, focusing on proving and eliminating exploitable risk at runtime through continuous offensive security across the SDLC. It combines semantic runtime validation, AI security engineers, and exploit path analysis to uncover real vulnerabilities in APIs, applications, identities, workflows, and agentic systems, delivering validated exploit evidence and deterministic remediation. Key features include unified security coverage across code, dependencies, SBOM, and runtime; autonomous pen testing; API security testing for authorization and logic risks; AI SAST with context-aware code reviews; real-time SCA with IDE support; and security posture management via a unified data lake.
Aptori validates how systems actually behave by modeling users, identities, APIs, objects, data relationships, and multi-step workflows, detecting issues like BOLA, BOPLA, IDOR, business logic flaws, and cross-tenant exposures with real attack path evidence. Its AI agents act as autonomous security teammates, performing adversarial testing, correlating signals, and generating developer-ready fixes, reducing noise from false positives and accelerating resolution without slowing release velocity.
Targeted at enterprise security and engineering teams building complex, API-driven environments like microservices, multi-tenant apps, telecom OSS/BSS, and AI-enabled systems, Aptori enables secure-by-design development. It supports CI/CD integration, production validation, on-prem/private deployments, and continuous monitoring for attack surface changes, drift, shadow APIs, and emerging threats in dynamic agentic workflows.
With outcomes like 80%+ vulnerabilities resolved within days, 10x reduction in manual testing, and 24/7 validation, Aptori shifts teams from detection to risk removal.
Aptori pricing
Pricing model: Free
Pricing details are not listed on the website; it emphasizes enterprise solutions with on-prem/private deployment options. Contact sales via demo booking for custom plans; no free tier or specific paid plans detailed publicly.
Aptori pros
- Proves real-world exploitability with validated evidence
- Eliminates false positives through runtime validation
- Delivers deterministic developer-ready fixes
- Supports autonomous pen testing at scale
- Validates multi-tenant business logic flaws
- Integrates semantic runtime validation for workflows
- Deploys AI security engineers as teammates
- Unifies code, SCA, SBOM, and runtime coverage
- Enables CI/CD secure-by-design workflows
- Monitors attack surface for shadow APIs and drift
- Secures AI agentic systems against prompt injection
- Offers on-prem and air-gapped deployments
- Provides IDE support for real-time SCA
- Achieves 80%+ vuln resolution in days
- Reduces manual testing by 10x
- Supports telecom OSS/BSS validation
- Handles microservices and API ecosystems
Aptori cons
- Enterprise-focused, may overwhelm small teams
- Requires runtime access for full validation
- No explicit free tier mentioned
- Custom pricing lacks transparency
- Targeted at complex API environments
- Setup needed for private deployments
- Relies on AI agents for advanced testing
- Limited to application and API security
- Demo booking required for trials
Frequently asked questions about Aptori
What is Semantic Runtime Validation?
A method of continuously testing real application behavior to prove exploitability across APIs, workflows, identities, and data exposure paths by modeling users, APIs, objects, relationships, and multi-step workflows to detect BOLA, business logic flaws, and authorization gaps with verified evidence.
How is Aptori different from SAST and DAST?
Traditional tools detect issues based on patterns; Aptori validates runtime behavior, proves real risk with exploit paths, and drives deterministic remediation using AI agents and unified signals across code, APIs, and production.
Does Aptori work in CI/CD?
Yes, Aptori supports secure-by-design workflows in CI/CD pipelines and extends continuous validation into production to verify behavior, enabling fast releases without compromising security.
Can Aptori secure AI and agentic applications?
Yes, Aptori validates LLM-integrated and agentic workflows at runtime, identifying risks like prompt injection, data leakage, insecure tool usage, and workflow manipulation in dynamic AI-driven systems.
What does Aptori's AI Security Engineer do?
Autonomous AI agents perform continuous adversarial testing, correlate exploit paths across code, runtime, and signals, explore vulnerabilities, and generate precise developer-ready fixes like expert testers.
How does Aptori handle business logic testing?
It uncovers IDOR, BOLA, authorization gaps, and workflow abuse across users, roles, tenants using semantic validation of identities, objects, data paths, and multi-step processes with real exploit evidence.
What deployment options does Aptori offer?
Supports on-prem, private, and air-gapped deployments with full data control, alongside cloud options, ensuring compliance for enterprise, telecom, and critical infrastructure environments.
How does Aptori reduce noise in security testing?
By focusing on proven exploitability with real attack paths and business impact, eliminating theoretical noise and false positives through runtime-driven validation and AI analysis.
What is included in Aptori's unified platform?
Autonomous pen testing, API security testing, AI SAST, SCA with IDE support, security posture management, agentic workflows, and a security data lake connecting all signals for comprehensive coverage.
What outcomes can teams expect from Aptori?
80%+ vulnerabilities resolved within days, 10x reduction in manual testing effort, 24/7 continuous validation, and a single unified platform for code-to-runtime security and remediation.